L.I.G.H.T.S.A.B.E.R. Space Scanner

Lagrangian Interferometric Gravitational High-frequency Topological Scanner for Astrophysical Beam-depth Evaluation and Resonance This study presents a volumetric analysis of 21,765 vacuum stress nodes to validate the Topological Lagrangian Model (TLM), a field-based framework that predicts the location of baryonic mass as a function of geometric metric tension. Using a computational Volumetric Metric Scanner, we evaluated deep-space sectors for topological invariants including Helicity (H) and Resonant Mode (m). Cross-referencing these predictions with Simbad and Gaia DR3 catalogs revealed an aggregate signal validity rate of 80.2%, comprising confirmed baryonic matches (20.6%) and a distinct population of uncatalogued Geometric Locks (59.6%). Project Goals VALIDATE: Match TLM metric nodes with Simbad reality checks. IDENTIFY: Distinguish between valid topological singularities and background noise. MAP: Chart high-tension, non-radiative geometric singularities and filamentary 3D structures in deep-field sectors. Expectations & Planned Updated for v3 (In progress!) The v3 update focuses on resolving coordinate drift and scaling issues identified during the v1 release, while the offset in the v1 is in the neighborhood, our v3 is working towards a much closer offset +- 3" rather than the current